Goal
Create a levitation/weight-reduction system by exploiting the cavity structural effect of insect chitin shells.
Problem
Need for a means of levitation, reduced weight and possible invisibility for transport and stealth applications.
Concept Summary
Grebennikov reported that the chitinous exoskeletons of certain insects exhibit a 'cavity structural effect' that can compensate gravity in a localized zone, producing antigravitational forces and partial invisibility. Using bionic principles he built a platform that allegedly hovers and can travel at speeds up to 25 km/min.
Principles
- Cavity Structural Effect (CSE)
- Polarization model of heterogeneous physical vacuum
- Bionic design principles
Scientific Domains
Materials
- Chitin (insect exoskeleton)
- Hollow cavity structures
Mechanisms of Action
- Antigravitational effect of chitin shells
- Compensation of gravitation within cavity structures
Applications
- Personal rapid transport
- Stealth / invisibility technologies
Claimed Performance
Hovering flight at speeds up to 25 km/min (~=1500 km/h) and localized weight reduction of objects placed in the cavity zone.
Experimental Evidence
The author describes personal use of the platform since 1991-92 and anecdotal observations of weight changes, flashes, and altered perception near certain natural sites, but provides no quantitative measurements or independent verification.
Limitations
- No quantitative data or peer-reviewed studies
- Claims rely on anecdotal personal experience
- No independent replication reported
Red Flags
- Extraordinary antigravity claims without scientific validation
- Anecdotal evidence only
- Possible pseudoscientific framing
